The standout feature of this sieve screen is its electrolytic forming process, which creates a uniform, burr-free surface with precise mesh openings that help maintain consistent filtration performance over time, unlike woven screens that may stretch or shift during use. Its 316 stainless steel construction offers strong resistance to organic solvents and corrosive chemicals, making it suitable for pharmaceutical drug synthesis and fine chemical processing. The 150‑mesh configuration with a 0.1mm opening size and ±0.01mm tolerance supports consistent separation of fine particles, helping meet stringent filtration requirements for medical and electronic applications. Deburred edges reduce sharp points, helping prevent damage to delicate electronic components during cleaning and lowering the risk of contamination to pharmaceutical solutions. The screen can withstand repeated high‑temperature sanitization cycles up to 700℃ while helping retain precision, and its lightweight design (0.6kg per square meter) allows easy installation on laboratory filtration equipment. Backed by ISO13485 and GMP certifications, it supports compliance with global standards for cleanroom and sterile manufacturing environments.
Constructed from 316 stainless steel with a density of 7.98g/cm³, this electrolytic sieve screen features a 0.08mm wire diameter that balances tensile strength and ultra-fine filtration precision. Its 150-mesh configuration corresponds to a 0.1mm mesh opening size, with a tight tolerance of ±0.01mm to support consistent particle separation. The standard width is 0.8m, with customizable lengths ranging from 1m to 20m to fit laboratory filtration units and production-scale equipment. It offers a temperature resistance range of -30℃ to 700℃, suitable for cold storage filtration and high-temperature sterilization. Electrolytic forming creates a surface roughness Ra ≤0.4μm, helping reduce micro-pores that may trap contaminants and simplifying cleaning. Deburred edges support smooth handling, helping avoid sharp burrs that could scratch equipment or contaminate materials. The screen has a tensile strength of ≥600MPa and an elongation rate of ≥35%, helping resist tearing under pressure filtration loads up to 0.5MPa. It weighs approximately 0.6kg per square meter, making it easy to handle and install, and complies with ASTM A959 standards for stainless steel filtration products. It is also certified to ISO13485, supporting its suitability for medical device manufacturing environments.
This precision sieve screen is tailored for critical filtration applications in pharmaceutical, chemical, and electronic industries. In pharmaceutical manufacturing, it is used to filter active pharmaceutical ingredients (APIs), remove particulates from sterile injectables, and separate impurities from oral drug formulations, meeting GMP requirements for cleanroom production. In fine chemical processing, it purifies organic solvents, recovers catalysts, and separates reaction byproducts, withstanding exposure to corrosive chemicals without degradation. In electronic manufacturing, it filters cleaning solutions used to remove contaminants from semiconductor wafers and printed circuit boards, preventing scratch damage to delicate components. It is also used in laboratory settings for analytical filtration, sample preparation, and environmental testing, where precise particle separation is essential for accurate results. In the food and beverage industry, it filters high-end craft spirits and natural extracts to remove suspended solids and achieve a clear, premium finish. The screen integrates seamlessly with vacuum filters, pressure filters, and vibratory laboratory sieves, and its ISO13485 certification ensures compliance with global medical device regulations. It is a reliable solution for businesses operating in regulated industries where product purity and process consistency are top priorities.
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